Thank you for the video. I would like to say that I believe the normalized frequency requires dividing by (Fs/2) and not (Fs) as you do. With the example you are doing with the frequencies so far apart it is not noted that an error was made in using Fs rather than (Fs/2). If anyone does not agree, please indicate so.
Sir how you toggled to the second fig after filtering? Every time i run it shows the one figure that have a noise i am not able to see the filtered figure kindly help me.
Another much helpful video from Germany. Germans are really awesome at teaching. Thanks for such an awesome tutorial.
Brilliant. Awesome presentation on FIR, octave scripting as well and emphasize on functions used in the script. Bitte !
Thank you so much. Directly to the point. You got a subscriber!
Thank you for another helpful, well-explained video.
Danke schön. Du hast meinen Tag gerettet.
Thank you for the video. I would like to say that I believe the normalized frequency requires dividing by (Fs/2) and not (Fs) as you do. With the example you are doing with the frequencies so far apart it is not noted that an error was made in using Fs rather than (Fs/2). If anyone does not agree, please indicate so.
I agree. It would be great to get a comment from the author to make sure we are right.
I agree, too
Ig it has to do with nyquist rate as the signal is being sampled here
Beautifully explained..
rifado padrino me ayudaste un montón.
Excelent explanation!
May I ask why some octave signal are different but the output of the audio are the same?
Echt nuetzlich! Thanks a lot
Thank you for the good video. BUT: Please remove the background music. It is very distracting. Perhaps you can filter it out :-)
Sir how you toggled to the second fig after filtering?
Every time i run it shows the one figure that have a noise i am not able to see the filtered figure kindly help me.
Please can you upload the code again here
Sir, can you please share link of your website or LinkedIn page?
thank you so much!
Source code??
you save me!!
display is too small and donot understant